Module `Single_value_abstraction.Ival`

Our main bitvector abstraction: interval and congruence abstraction, for both the signed and unsigned interpretation of bitvectors.

type boolean = Lattices.Quadrivalent.boolean

type integer = Framac_ival.Ival.t

module Integer_Forward : 
  Operator.INTEGER_FORWARD
    with module Arity := Operator.Forward_Arity
     and type boolean := boolean
     and type integer := integer

module Integer_Backward : 
  Operator.INTEGER_BACKWARD
    with module Arity := Operator.Backward_Arity
     and type boolean := boolean
     and type integer := integer

module Boolean_Forward : 
  Operator.BOOLEAN_FORWARD
    with module Arity := Operator.Forward_Arity
     and type boolean := boolean

module Boolean_Backward : 
  Operator.BOOLEAN_BACKWARD
    with module Arity := Operator.Backward_Arity
     and type boolean := boolean

module Boolean_Lattice : Lattices.Sig.BOOLEAN_LATTICE with type t = boolean

module Integer_Lattice : Lattices.Sig.INTEGER_LATTICE with type t = integer

val name : string

type bitvector

module Bitvector_Forward : 
  Operator.BITVECTOR_FORWARD_WITH_BIMUL_ADD
    with module Arity := Operator.Forward_Arity
     and type boolean := boolean
     and type bitvector := bitvector

module Bitvector_Backward : sig ... end

module Bitvector_Lattice : 
  Lattices.Sig.BITVECTOR_LATTICE with type t = bitvector

val integer_is_singleton : integer -> Z.t option

Module Single_value_abstraction.Ival

Module `Single_value_abstraction.Ival`